Latest Contributions by JeffPace

beta channel ... View more

Happy to help. Glad you found a work around! ... View more

tested in 19 working fine.  Any errors in Firebug? ... View more

that is correct ... View more

also     org.mymanatee.common.latlong.convertWebMercAuxtoLL = function (uX,uY) {   //code completely borrowed from http://www.frosties.com/index.php?option=com_mojo&Itemid=45&p=7    // lat and long backwards on link for some reason    //alert("IN CONVERSION");   var x = uX;    // alert("IN CONVERSION2");   var  y = uY;    var num3 = x / 6378137.0; var num4 = num3 * 57.295779513082323; //alert("IN CONVERSION3"); var num5 = Math.floor(((num4 + 180.0) / 360.0)); var num6 = num4 - (num5 * 360.0); //alert("IN CONVERSION4"); var  num7 = 1.5707963267948966 - (2.0 * Math.atan(Math.exp((-1.0 * y) / 6378137.0))); var lon  = num6; var lat = num7*57.295779513082323;    // alert([lat,lon]);     return [lat,lon];     };             org.mymanatee.common.latlong.convertLLtoWebMercAux = function (lat,lon) {   //code completely borrowed from Dr Bill Hazelton's HP-33S calculator     // http://homepage.mac.com/nwjh/HP-33S/ 10-Feb-10     //code completely borrowed from Dr Bill Hazelton's HP-33S calculator     // http://homepage.mac.com/nwjh/HP-33S/ 10-Feb-10 var num = lon * 0.017453292519943295; var x = 6378137.0 * num; var a = lat * 0.017453292519943295; var mercatorX = x; var mercatorY = 3189068.5*Math.log((1.0 + Math.sin(a))/(1.0 - Math.sin(a))); //    alert(londd);     return [mercatorX,mercatorY];     }; ... View more

I know that I can use the geometryService to convert between 2 different coordinate systems, but I'd like to reduce the number of calls made to the server to update coordinates. I'm trying to convert from wkid 32149 (NAD_1983_StatePlane_Washington_South_FIPS_4602) to Latitude/Longitude 4326. Does anyone know where I can find the math so I can create my own function to convert the coordinates? I've tried my Google Kung Fu, but come up dry. is washington south transverse mercator or lambert? /* * To change this template, choose Tools | Templates * and open the template in the editor. */ dojo.provide("org.mymanatee.common.latlong"); dojo.require("dojo.string"); org.mymanatee.common.latlong.convertSPtoLL_LLC = function (uX,uY) { var a = 20925604.48;     //major radius of ellipsoid, map units (NAD 83) var ec = 0.08181905782;    //eccentricity of ellipsoid (NAD 83) var angRad = 0.01745329252;   //number of radians in a degree var pi4 = Math.PI / 4;   //Pi / 4 var p0 = 24.333333 * angRad;    //latitude of origin var p1 = 24.333333 * angRad;    //latitude of first standard parallel var p2 = 31.5 * angRad;   //latitude of second standard parallel var m0 = -82.000000 * angRad;   //central meridian var x0 = 656166.666667;   //False easting of central meridian, map units // Calculate the coordinate system constants. with (Math) { var m1 = cos(p1) / sqrt(1 - (pow(ec,2)) * pow(sin(p1),2)); var m2 = cos(p2) / sqrt(1 - (pow(ec,2)) * pow(sin(p2),2)); var t0 = tan(pi4 - (p0 / 2)); var t1 = tan(pi4 - (p1 / 2)); var t2 = tan(pi4 - (p2 / 2)); t0 = t0 / pow(((1 - (ec * (sin(p0)))) / (1 + (ec * (sin(p0))))),ec/2); t1 = t1 / pow(((1 - (ec * (sin(p1)))) / (1 + (ec * (sin(p1))))),ec/2); t2 = t2 / pow(((1 - (ec * (sin(p2)))) / (1 + (ec * (sin(p2))))),ec/2); var n = log(m1 / m2) / log(t1 / t2); var f = m1 / (n * pow(t1,n)); var rho0 = a * f * pow(t0,n); // Convert the coordinate to Latitude/Longitude. // Calculate the Longitude. var uX = uX - x0; var pi2 = pi4 * 2; var rho = sqrt(pow(uX,2) + pow((rho0 - uY),2)); var theta = atan(uX / (rho0 - uY)); var txy = pow((rho / (a * f)),(1 / n)); var lon = (theta / n) + m0; var uX = uX + x0; // Estimate the Latitude var lat0 = pi2 - (2 * atan(txy)); // Substitute the estimate into the iterative calculation that // converges on the correct Latitude value. var part1 = (1 - (ec * sin(lat0))) / (1 + (ec * sin(lat0))); var lat1 = pi2 - (2 * atan(txy * pow(part1,(ec/2)))); while ((abs(lat1 - lat0)) > 0.000000002) {   lat0 = lat1;   part1 = (1 - (ec * sin(lat0))) / (1 + (ec * sin(lat0)));   lat1 = pi2 - (2 * atan(txy * pow(part1,(ec/2))));   } // Convert from radians to degrees. var Lat = lat1 / angRad; var Lon = lon / angRad; //alert(Lat); //alert(Lon); //Round the latitude and longitude //lat = (CLng(lat * 100000)) / 100000; //lon = (CLng(lon * 100000)) / 100000; Lat = Lat.toPrecision(7); Lon = Lon.toPrecision(8); return [Lat,Lon]; } }; //End of Code for converting map units to decimal degrees. //COnversion to LL from State Plane for Florida West (Transverse mercator, not Lamberic org.mymanatee.common.latlong.convertSPtoLL_TM = function (uX,uY) {     //code completely borrowed from Dr Bill Hazelton's HP-33S calculator     // http://homepage.mac.com/nwjh/HP-33S/ 10-Feb-10 var    metconv = 1200/3937; //exact survey feet to meters var    uXm = uX*metconv; var    uYm = uY*metconv;   var   a = 6378137.000000000000000000; // semimajor axis from ESRI var    b =  6356752.314140356100000000; // semiminor axis from ESRI var    e2 = ((a*a)-(b*b))/(a*a);//ellipsoid var    p0 = 24.333333;    //latitude of origin var    m0 = -82.000000;   //central meridian in degrees var    x0 = 656166.666667;  //False easting of central meridian, map units var    y0 = 0; //False Northing var    k0 = 0.999941;    //central scale factor k0 var    x0m = x0*metconv; var    y0m = y0*metconv; var    p0rad = p0*Math.PI/180; var    m0rad = m0*Math.PI/180; var    e = Math.sqrt(e2); var    b = a * Math.sqrt(1-e2); var    n = (a - b)/(a + b); var    G = a*(1-n)*(1-(n*n))*(1+2.25*(n*n)+225/64*(n*n*n*n))*Math.PI/180; var    A0 = 1-e2/4-3*(e2*e2)/64-5*(e2*e2*e2)/256; var    A2 = 3/8*(e2+(e2*e2)/4+15*(e2*e2*e2)/128); var     A4 = 15/256*((e2*e2)+0.75*(e2*e2*e2)); var     A6 = 35*(e2*e2*e2)/3072; var     lat0 = p0rad; var    m0atlat0 = a*(A0*lat0-A2*Math.sin(2*lat0)+A4*Math.sin(4*lat0)-A6*Math.sin(6*lat0)) var    NminusNo = uYm - y0m; var     m = m0atlat0+NminusNo/k0; var     s = (m/G)*Math.PI/180; var    fpl1 = (1.5*n-27*(n*n*n)/32)*Math.sin(2*s);   var   fpl2 = (21*(n*n)/16-55*(n*n*n*n)/32)*Math.sin(4*s); var    fpl3 = 151*(n*n*n)/96*Math.sin(6*s); var    fpl4 = 1097*(n*n*n*n)/512*Math.sin(8*s);   var   footptlat = (s+fpl1+fpl2+fpl3+fpl4);   var   rho = a*(1-e2)/Math.pow((1-e2*Math.sin(footptlat)*Math.sin(footptlat)),1.5); var    nu = a/(Math.sqrt(1-e2*Math.sin(footptlat)*Math.sin(footptlat))); var    psi = nu/rho;   var   t = Math.tan(footptlat); var    E = uXm-x0m; var    x = E/k0/nu; var    lat1 = x*E/2; var    lat2 = (x*x*x)*E/24*(-4*psi*psi+9*psi*(1-t*t)+12*t*t);   var   lat3 = (x*x*x*x*x)*E/720*(8*(psi*psi*psi*psi)*(11-24*(t*t))-12*(psi*psi*psi)*(21-71*(t*t))+15*(psi*psi)*(15-98*(t*t)+15*(t*t*t*t))+180*psi*(5*(t*t)-3*(t*t*t*t))+360*(t*t*t*t)); var    lat4 = (x*x*x*x*x*x*x)*E/40320*(1385+3633*(t*t)+4095*(t*t*t*t)+1575*(t*t*t*t*t*t)); var    lat = footptlat-(t/k0/rho)*(lat1-lat2+lat3-lat4); var    latdd = lat*180/Math.PI; var    w1 = x/Math.cos(footptlat); var    w2 = Math.pow(-1*x,3)/6*(psi+2*t*t)/Math.cos(footptlat); var    w3 = Math.pow(x,5)/120/Math.cos(footptlat)*(-4*(psi*psi*psi)*(1-6*(t*t))+(psi*psi)*(9-68*(t*t))+72*(psi)*(t*t)+24*(t*t*t*t)); var    w4 = Math.pow(-1*x,7)/5040/Math.cos(footptlat)*(61+662*(t*t)+1320*(t*t*t*t)+720*(t*t*t*t*t*t)); var    w = w1+w2+w3+w4; var    lon = (-1*m0)*Math.PI/180-w; var    londd = (-1*lon)*180/Math.PI; //    alert(londd);     return [latdd,londd];     }; org.mymanatee.common.latlong.convertLLtoSP_TM = function (lat,lon) {    var metconv = 1200/3937; //exact survey feet to meters    var a = 6378137.000000000000000000; // semimajor axis from ESRI    var b =  6356752.314140356100000000; // semiminor axis from ESRI    var e2 = ((a*a)-(b*b))/(a*a);//ellipsoid    var p0 = 24.333333;    //latitude of origin    var m0 = -82.000000;   //central meridian in degrees    var x0 = 656166.666667;  //False easting of central meridian, map units    var y0 = 0; //False Northing    var k0 = 0.999941;    //central scale factor k0    var e = Math.sqrt(e2);        var lat0rad_lat0=p0*Math.PI/180;    var latrad_lat=lat*Math.PI/180;    var rho_lat=a*(1-e2)/Math.pow((1-e2*Math.sin(latrad_lat)*Math.sin(latrad_lat)),1.5); //   rho_lat0=a*(1-e2)/Math.pow((1-e2*Math.sin(lat0rad_lat0)*Math.sin(lat0rad_lat0)),1.5); not used var   nu_lat=a/(Math.sqrt(1-e2*Math.sin(latrad_lat)*Math.sin(latrad_lat))); //   nu_lat0=a/(Math.sqrt(1-e2*Math.sin(lat0rad_lat0)*Math.sin(lat0rad_lat0))); not used   var  omega_lat=((lon)*Math.PI/180)-((m0)*Math.PI/180); //provide negative lon so no negative multiplier //   omega_lat0=""; not used var   psi_lat=nu_lat/rho_lat; //   psi_lat0=""; not used   var  t_lat=Math.tan(latrad_lat);   //  t_lat0=""; not used   var  a0_lat=1-e2/4-3*e2*e2/64-5*e2*e2*e2/256;   var  a2_lat=3/8*(e2+e2*e2/4+15*e2*e2*e2/128);   var  a4_lat=15/256*(e2*e2+0.75*e2*e2*e2);   var  a6_lat=35*e2*e2*e2/3072;   var  mlat_lat=a*(a0_lat*latrad_lat-a2_lat*Math.sin(2*latrad_lat)+a4_lat*Math.sin(4*latrad_lat)-a6_lat*Math.sin(6*latrad_lat));   var  mlat_lat0=a*(a0_lat*lat0rad_lat0-a2_lat*Math.sin(2*lat0rad_lat0)+a4_lat*Math.sin(4*lat0rad_lat0)-a6_lat*Math.sin(6*lat0rad_lat0)); var   e1_lat=nu_lat*omega_lat*Math.cos(latrad_lat); var   e2_lat=nu_lat*omega_lat*omega_lat*omega_lat/6*Math.cos(latrad_lat)*Math.cos(latrad_lat)*Math.cos(latrad_lat)*(psi_lat-t_lat*t_lat); var   e3_lat=nu_lat*Math.pow(omega_lat,5)/120*Math.pow(Math.cos(latrad_lat),5)*(4*psi_lat*psi_lat*psi_lat*(1-6*t_lat*t_lat)+psi_lat*psi_lat*(1+8*t_lat*t_lat)-psi_lat*2*t_lat*t_lat+Math.pow(t_lat,4));   var  e4_lat=nu_lat*Math.pow(omega_lat,7)/5040*Math.pow(Math.cos(latrad_lat),7)*(61-479*t_lat*t_lat+179*Math.pow(t_lat,4)-Math.pow(t_lat,6)); var   e_lat=k0*(e1_lat+e2_lat+e3_lat+e4_lat); var   n1_lat=(omega_lat*omega_lat)/2*Math.cos(latrad_lat); var   n1_lat0=n1_lat*nu_lat*Math.sin(latrad_lat); var   n2_lat=(Math.pow(omega_lat,4)/24)*(Math.pow(Math.cos(latrad_lat),3))*(4*psi_lat*psi_lat+psi_lat-t_lat*t_lat); var   n2_lat0=n2_lat*nu_lat*Math.sin(latrad_lat); var   n3_lat=(Math.pow(omega_lat,6)/720)*(Math.pow(Math.cos(latrad_lat),5))*(8*Math.pow(psi_lat,4)*(11-24*t_lat*t_lat)-28*Math.pow(psi_lat,3)*(1-6*t_lat*t_lat)+psi_lat*psi_lat*(1-32*t_lat*t_lat)-2*psi_lat*t_lat*t_lat+Math.pow(t_lat,4));   var  n3_lat0=n3_lat*nu_lat*Math.sin(latrad_lat); var   n4_lat=(Math.pow(omega_lat,8)/40320)*(Math.pow(Math.cos(latrad_lat),7))*(1385-3111*t_lat*t_lat+543*Math.pow(t_lat,4)-Math.pow(t_lat,6)); var   n4_lat0=n4_lat*nu_lat*Math.sin(latrad_lat); var   n_lat=k0*(mlat_lat+nu_lat*Math.sin(latrad_lat)*(n1_lat+n2_lat+n3_lat+n4_lat)); var   n_lat0=k0*mlat_lat0; var   no=n_lat-n_lat0;   var  x=e_lat+x0*metconv; var   y=(n_lat-n_lat0)+y0*metconv; //    alert(n_lat); //    alert("x="+x+"y="+y);   //  alert("a0="+a0_lat+"a2="+a2_lat+"a4="+a4_lat+"a6="+a6_lat); var   xft=x/metconv; var   yft=y/metconv; //   alert("x="+xft+"y="+yft);   return [xft,yft];     } ... 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FAir enough.  As a developer, i am used to (and prefer) api's to look like this http://docs.oracle.com/javase/6/docs/api/ the value add is in the linking.  Note every inch of the screen has value in some form. ... View more

My take is that the web is mimicking print more and more. As our displays become more capable (hi-def, retina, blah blah blah), content on the web can be presented the way content is presented in print. I personally like this trend. Take these two presentations of the same article: http://bits.blogs.nytimes.com/2013/02/01/the-origins-of-big-data-an-etymological-detective-story/?hp http://bits.blogs.nytimes.com/2013/02/01/the-origins-of-big-data-an-etymological-detective-story/?hp&pagewanted=print Which do you like better? Even with the ads and additional junk, I prefer the first. The second, while it uses nearly all available space is harder to read because it is so wide. Fair enough, but the new site here is more like the second, just with a narrower width.  It is the ads and "additional junk" that is the value add that feels like its missing.  Maybe not. ... View more

Yes thats it.  Its just a frustration with the way the web is going. Desktop screens are getting more and more landscape.  Content is getting more and more portrait.  It just doesn't work together. ... View more

For me its the super stripped styling that looks like it was designed for a tablet.  Tons of wasted white space, big fonts, etc.. Its just a personal preference I guess.  As long as it is functional. It just FEELS like (especially due to missing search) that styling is being forced over function.  That is the wrong direction, imho. to be short, it looks like it was designed by marketing, not a developer.  Fine for the examples, not fine for an API ... View more

I have to agree, the forced "mobilification" of the styling is terrible for desktop users, which i can only imagine are the bulk of the developers. ... View more

try without the "?" ... View more

why? There is no advantage in doing this.  The api requires dojo so you are already loading it. ... View more

No we have not migrated yet, but I have not noticed anything in our dev environment.  I will keep an eye out for it. Jeff ... View more